Blogs & web sites

  • Evolving thoughts
    John Wilkins in Australia, on evolution, philosophy of biology, and other things.
  • HPB etc.
    Rob Skipper's blog on the history and philosophy of population genetics.
  • ISHPSSB
    International Society for the History, Philosophy, and Social Studies of Biology.
  • James Griesemer
    Jim Griesemer & lab UC Davis; philosophy of biology and related topics.
  • Philosophy of Biology Cafe
    Matt Haber at Utah, and several others, run a discussion forum on philosophy of biology
  • Schneier on security
    Bruce Schneier, expert on security
  • Three-Toed Sloth
    Cosma Shalizi is in the statistics department at Carnegie Mellon.
Blog powered by TypePad

  • Creative Commons License

« October 2004 | Main

A review of Karen Rader's "Making Mice"

Karen A. Rader. Making Mice: Standardizing Animals for American Biomedical Research, 1900–1955. Princeton University Press, Princeton, NJ, 2004, pp. 312, Price $45.00 £29.95. Hardbound. ISBN 0-691-01636-4.

Jim Griesemer and I wrote an essay review of Karen Rader’s book on C. C. Little and the Jackson  Laboratory (JAX). Little (1888 - 1971) was a mammalian geneticist who started out to use pure-bred strains of mice as a means to study cancer. He founded the Jackson Memorial Laboratory in Bar Harbor, Maine, in 1929, with the sponsorship of automobile magnate Roscoe B. Jackson. The Laboratory faced several financial crises over the years (Jackson’s early death, the Depression, changing sponsor policies), and survived each time by expanding the market for its specialized mice. The Laboratory has thus grown to become a major supplier of specialized mouse strains for research. Rader’s book focuses on an important part of this story, the development of  standardized strains of mice.

Little’s achievement was to develop an organization that could develop and produce large numbers of standard, i.e., pure-bred, mice to serve as raw material in research studies. The problem here is scale. It isn’t enough merely to produce a genetically homogeneous line of mice; the mice have to be produced in volume and shipped around the nation to many customer laboratories. The characteristics of the mice have to be authenticated, and the character of the line has to be maintained. All this requires an industrial-scale organization to breed, feed, and care for many thousands of mice in multiple specialized lines. Quarters must be reliable, diets must be homogeneous, disease must be prevented, breeding must be closely supervised, and all of this must be accomplished with an eye on the budget.

In our review, Jim and I faulted Rader for not relying more heavily on comparative analysis, and for not showing us more of the technical aspects of the problem of mass breeding and the way it articulates with the research programs it supplies. A comparison with other sorts of mass production projects in the wider economy would also be extremely interesting. This of course would have been far beyond the scope of Rader’s study, and she can’t really be faulted for not providing it. But I can’t help but wonder if Little’s connections with the automobile industry gave him something more than access to wealthy patrons. Perhaps he learned about mass production methods there as well? In any case, it remains for another study to show us the connections between industrial-scale mouse breeding, the research that consumed the mice, and the changing character of American institutions after World War I.

Griesemer, J., and E. M. Gerson. 2006. "Of mice and men and low unit cost". Studies in History & Philosophy of Biological and Biomedical Sciences 37: 363-372.

A review of Horace Judson's "The Great Betrayal"

Horace Judson published a book on fraud in scientific research about two years ago (Horace Freeland Judson, The Great Betrayal: Fraud in Science. Orlando: Harcourt, 2004. $28.) I wrote an essay review of it some time ago, and I thought I'd post it here.

Judson's book is certainly the best available overall view of the problem of fraud in science. It's very well written, and poses a lot of interesting questions for further research. The discussion of the relationship between law and science (Chapter 9) is outstanding. The discussions of peer review and the role of the Internet are very good.

Much of my essay deals with two issues. The first is the problem of replication and robustness. Replication consists of producing the same results in the same way; it is useful for detecting coincidences and accidents. Robustness comes from the convergence of multiple different lines of activity-- different methods, different lines of evidence, different researchers, different laboratories. Robustness is one of the principal goals of research, and it is also the primary means of detecting fraud.

The second issue follows directly from the first: it is the problem of checkability, i.e., making the work of achieving robustness easy, convenient, cheap and (to the maximum extent feasible) automatic. Our conventions for making research accessible can be changed to improve checkability. Improved bibliographic standards, making data available, and other reforms can be used to reduce the cost of checking by a substantial amount without greatly increasing the workload of scientists. This approach contrasts sharply with using traditional forensic and auditing methods after suspicion has been aroused.